Questions of the use of network active reference GNSS – stations UA – EUPOS/ZAKPOS for the distance monitoring of the atmosphere with a purpose determination water vapor.
- Іnternet resurs E-GVAP: http://egvap.dmi.dk.
- Іnternet resurs EUREF: http://www.epncb.oma.be.
- Іnternet resurs IGS: http://igscb.jpl.nasa.gov.
- N. І. Kablak. Monіtoring osadzhenoї vodjanoї pari na osnovі obrobki GNSS-danih. // Kosmіchna nauka і tehnologіja.- 2011.- T. 17, № 4. S. 65–73.
- HerringT.A., AnthesR.A., WareR.H. GPSMetrology: RemotesensingofatmosphericwatervaporusingtheGPS // J. Geophys. Res.-1992.-97. -P.15787-15801.
- Kablak N.І., Klіmik V.U. ta іn. Monіtoring vipadajuchoї vodjanoї pari za dopomogoju GPS dlja prognozuvannja pogodi. // Kosmіchna nauka і tehnologіja. - 2004.-10, №5/6. - S.163-166.
- Real Time Integrated Atmospheric Water Vapor and TEC from GPS – Іnternet resurs: http://www.suominet.ucar.edu/indexGlobal.html.
- Gofmann-Vellengof B., Lіhtenegger G., Kollіnz D. Global'na sistema viznachennja mіscepolozhennja (GPS): teorіja і praktika. – K.: Naukova Dumka, 1996. – 376 s.
- Kozakov L.Ja., Lomakin V.S. Neodnorodnosti kojefficienta prelomlenija vozduha v troposfere. – M.: Nauka, 1976. – 156 s.
- Niell, A. E. Preliminary evaluation of atmospheric mapping functions based on numerical weather models. Physics and Chemistry of the Earth,2001. 26: 475-480.
- Mendes, V. B., Langley R.B. Tropospheric Zenith Delay Prediction Accuracy for Airborne GPS High-Precision Positioning, Proceedings of The Institute of Navigation 54th Annual Meeting, Denver, CO, U.S.A., 1-3 June 1998. – pp. 337–347.